The SUAS 2024 drone is a state-of-the-art quadcopter, meticulously designed for superior performance. Weighing approximately 20-22 kg, this high-speed UAV achieves a remarkable flight speed of 18 m/s, optimizing both efficiency and maneuverability. The quadcopter configuration was selected after extensive evaluations, ensuring an optimal balance of stability, weight efficiency, and operational reliability.
Designed for endurance, the drone boasts an impressive 40-minute flight time, powered by a 12-cell primary battery and an additional 3-cell battery for extended operational capacity. This cutting-edge power system enhances mission duration and ensures uninterrupted performance in diverse flight conditions.
Equipped with a high-performance camera system, the drone excels in object detection, identification, and navigation. The integration of a Jetson Xavier onboard computer significantly boosts real-time data processing capabilities, enabling precise target acquisition and autonomous navigation. Additionally, the Pixhawk Cube Orange flight controller ensures unparalleled flight stability and control.
One of the standout features of our 2024 drone is its custom-designed winch mechanism for precise and secure payload delivery. This advanced system enhances mission versatility, making the drone adaptable to various operational scenarios.
Team Arrow continues to push boundaries with experimental morphing rod technology, a novel approach aimed at enhancing aerodynamic adaptability and structural efficiency. This cutting-edge research sets the foundation for future UAV advancements.
A fully custom-designed Power Distribution Board (PDB) has been engineered in-house to ensure optimal power management. Rigorously tested under demanding conditions, this PDB enhances electrical efficiency, minimizing power loss and improving system reliability.
Team Arrow’s dedication and technical excellence were recognized at the SUAS 2024 competition, where we proudly secured 3rd place internationally. Competing against top institutions such as University College London, Cornell University, Purdue, NC State, and Istanbul Technical University, our UAV stood out for its innovation, precision, and performance. This remarkable achievement solidifies our position as a leading force in UAV engineering and aerial robotics.
Team Arrow is ready to make an impact once again—flying faster, farther, and smarter at SUAS 2024.